The present disclosure relates to a grinding machine, comprising a machine bed, a grinding spindle, that is arranged to be coupled with a spindle drive and for receiving a grinding wheel, a regulator spindle that is arranged to be coupled with a spindle drive and for receiving a regulator wheel, a w
The present disclosure relates to a grinding machine, comprising a machine bed, a grinding spindle, that is arranged to be coupled with a spindle drive and for receiving a grinding wheel, a regulator spindle that is arranged to be coupled with a spindle drive and for receiving a regulator wheel, a workpiece mount for receiving a to-be-machined workpiece between the grinding spindle and the regulator spindle, wherein the grinding spindle and the regulator spindle are coupled with the machine bed and arranged in a fashion movable to one another, wherein the grinding spindle and the regulator spindle form a spindle set, wherein a longitudinal guide is formed at the machine bed, wherein a base carriage is received at the longitudinal guide, wherein the machine bed and the base carriage define a first movement axis, wherein the grinding spindle is coupled with the base carriage and assigned to a second movement axis, wherein the regulator spindle is coupled with the base carriage and assigned to a third movement axis, and wherein the grinding spindle and the regulator spindle are arranged to be moved with respect to one another, and to approach the workpiece mount in an in-feed movement.
대표청구항▼
1. A grinding machine, comprising: a machine bed,a grinding spindle that is arranged to be coupled with a spindle drive and for receiving a grinding wheel,a regulator spindle that is arranged to be coupled with a spindle drive and for receiving a regulator wheel,a workpiece mount for receiving a to-
1. A grinding machine, comprising: a machine bed,a grinding spindle that is arranged to be coupled with a spindle drive and for receiving a grinding wheel,a regulator spindle that is arranged to be coupled with a spindle drive and for receiving a regulator wheel,a workpiece mount for receiving a to-be-machined workpiece between the grinding spindle and the regulator spindle,a longitudinal guide formed at the machine bed,a base carriage movably received at the longitudinal guide,wherein the machine bed and the base carriage define a first movement axis,wherein the grinding spindle is coupled with the base carriage and assigned to a second movement axis,wherein the regulator spindle is coupled with the base carriage and assigned to a third movement axis,wherein the grinding spindle and the regulator spindle are movably coupled with the machine bed, andwherein the grinding spindle and the regulator spindle are arranged to be moved with respect to one another and to mutually approach the workpiece mount in a respective in-feed movement. 2. The grinding machine as claimed in claim 1, wherein the grinding machine is arranged as a centerless grinding machine, and wherein the wherein the grinding spindle and the regulator spindle form a spindle set of the centerless grinding machine, the spindle set comprising a first spindle and a second spindle, one of which being arranged as the grinding spindle and the other one being arranged as the regulator spindle. 3. The grinding machine as claimed in claim 2, wherein the first spindle of the spindle set is coupled with the base carriage via a primary guide unit that defines the second movement axis, and wherein the second spindle of the spindle set is coupled with the base carriage via a secondary guide unit that defines the third movement axis. 4. The grinding machine as claimed in claim 3, wherein at least one of the primary guide unit and the secondary guide unit is arranged as one of a swivel guide and a linear guide. 5. The grinding machine as claimed in claim 3, wherein the primary guide unit is directly arranged at the base carriage, and wherein the secondary guide unit is directly arranged at one of the base carriage and the primary guide unit. 6. The grinding machine as claimed in claim 3, wherein a movement of the primary guide unit relative to the base carriage causes a corresponding movement of the secondary guide unit relative to the base carriage. 7. The grinding machine as claimed in claim 3, wherein the primary guide unit and the secondary guide unit are movable relative to the base carriage in a fashion independent of one another. 8. The grinding machine as claimed in claim 1, further comprising a transverse guide which is formed at the base carriage, a primary carriage and a secondary carriage, wherein each of the primary carriage and the secondary carriage is received at the transverse guide, wherein a first spindle of the spindle set is assigned to the primary carriage, and wherein a second spindle of the spindle set is assigned to the secondary carriage. 9. The grinding machine as claimed in claim 1, wherein at least one of the grinding spindle and the regulator spindle is arranged at the base carriage in a pivotable fashion, and wherein the at least one spindle is further arranged to approach the workpiece mount in an in-feed movement through a swiveling movement about a pivot axis. 10. The grinding machine as claimed in claim 1, wherein a first spindle of the grinding spindle and the regulator spindle is arranged at the base carriage in a pivotable fashion, wherein the first spindle is further arranged to approach the workpiece mount in an in-feed movement through a swiveling movement about a pivot axis, and wherein a second spindle of the grinding spindle and the regulator spindle is arranged at a transverse guide in a fashion displaceable along the transverse guide, wherein the second spindle is further arranged to approach the workpiece mount in an in-feed movement. 11. The grinding machine as claimed claim 1, wherein at least one of the base carriage, the primary guide unit and the secondary guide unit comprises an integrated displacement drive. 12. The grinding machine as claimed in claim 11, wherein the at least one integrated displacement drive comprises a threaded spindle. 13. The grinding machine as claimed in claim 11, wherein the at least one integrated displacement drive is arranged as a direct drive. 14. The grinding machine as claimed in claim 13, wherein the direct drive is arranged as a linear motor, and wherein a plurality of linear armatures is provided that are coupled with the same stator. 15. The grinding machine as claimed in claim 1, wherein the workpiece mount is fixedly attached to the machine bed. 16. The grinding machine as claimed in claim 1, further comprising at least one dressing unit for receiving a dressing tool, wherein the at least one dressing unit is configured for machining at least one of the grinding wheel and the regulator wheel, and wherein the at least one dressing unit is fixedly attached to the machine bed. 17. The grinding machine as claimed in claim 16, wherein the at least one dressing unit is arranged adjacent to the workpiece mount. 18. A compact design centerless grinding machine, comprising: a machine bed,a grinding spindle that is arranged to be coupled with a spindle drive and for receiving a grinding wheel,a regulator spindle that is arranged to be coupled with a spindle drive and for receiving a regulator wheel,a workpiece mount for receiving a to-be-machined workpiece between the grinding spindle and the regulator spindle,a single base carriage movably received at the machine bed and arranged for providing a common feed movement of the grinding spindle and the regulator spindle,a single longitudinal guide unit arranged between the machine bed and the base carriage,a single primary guide unit and a single secondary guide unit, andat least one dressing unit arranged for dressing at least one of the grinding wheel and the regulator wheel,wherein the primary guide unit and the secondary guide unit are received at the base carriage and comprise, at least sectionally, common guide elements,wherein the grinding spindle and the regulator spindle form a spindle set comprising a first spindle and a second spindle,wherein the primary guide unit is coupled with the first spindle of the spindle set for providing an in-feed movement thereof,wherein the secondary guide unit is coupled with the second spindle of the spindle set for providing an in-feed movement thereof,wherein the base carriage, the primary guide unit and the secondary guide unit are arranged to displace the first spindle and the second spindle with respect to the workpiece mount and with respect to the at least one dressing unit,wherein the grinding machine is arranged as a three-movement-axes grinding machine comprising a first movement axis, a second movement axis, and a third movement axis,wherein the machine bed and the base carriage define, along the longitudinal guide unit, the first movement axis,wherein the primary guide unit defines the second movement axis, andwherein the secondary guide unit defines the third movement axis. 19. The grinding machine as claimed in claim 18, wherein the workpiece mount is fixedly attached to the machine bed. 20. The grinding machine as claimed in claim 18, further comprising a first dressing unit for receiving a first dressing tool and a second dressing unit for receiving a second dressing tool, wherein the first dressing unit is configured for machining at least one of the grinding wheel and the regulator wheel, wherein the second dressing unit is configured for machining the other one of the grinding wheel and the regulator wheel, and wherein the first dressing unit and the second dressing unit are fixedly attached to the machine bed.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.